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to our lives today and in the future. Our research addresses how new information and communication technology should be designed to benefit people, organizations, and entire societies. DSV offers a
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, design, and conduct cutting-edge research on power-efficient integrated circuits (ICs) and transceivers tailored for next-generation 6G systems. To ensure seamless integration, these front-end solutions
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(UMA) offers an international and design-oriented academic environment where architectural practice and critical research are closely integrated. The department consists of approx. 40 staff members
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of their biological counterparts. This project aims to overcome these limitations through a synergistic circuit–device co-design that jointly optimizes both circuit architectures and component properties, ensuring
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assignments The objectives for this position are to develop, design, and conduct research on integrated circuits taking on the challenges of next generation communication systems. The project aims
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, design, and conduct research on integrated circuits taking on the challenges of next generation communication systems. The project aims to investigate the feasibility and advantages of new design
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ways. This information will subsequently be studied in relation to prognosis. The training emphasises study design and statistical analysis. Work duties and responsibilities The main tasks of a doctoral
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to prognosis. The training emphasises study design and statistical analysis. Work duties and responsibilities The main tasks of a doctoral student are to devote themselves to their doctoral education and
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decoupling the key thermoelectric characteristics using a “nanoparticle-in-alloy” design strategy within an inorganic thin-film system. The core objective of the research is to tailor the interface structure
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and gizzard. The doctoral student will be able to participate in influencing the design of the studies, especially in the latter part of the project. The work involves planning, organising and